Compute
Choose CPU architecture, core count, clock profile, and memory around the application instead of assuming a generic tier name describes the workload.
Dedicated servers
Physical servers selected around CPU, memory, storage layout, network, Canadian location, and the operational responsibility you need.
Dedicated
Choose CPU architecture, core count, clock profile, and memory around the application instead of assuming a generic tier name describes the workload.
Match NVMe, SSD, HDD, capacity, I/O profile, and redundancy to databases, application data, media, archives, and backup requirements.
Define bandwidth, traffic model, public IP requirements, private networking, remote management, and Canadian location before ordering.
Choose the operating system or virtualization layer around the software stack, licensing, support lifecycle, isolation requirements, and the way the server will be maintained.
Decide who owns patching, monitoring, firewall policy, application services, backups, incidents, and recovery. Hardware ownership and operating-system management are separate decisions.
Inventory the existing system before cutover so applications, databases, storage, scheduled jobs, DNS, IP dependencies, certificates, and rollback requirements are not discovered during the move.
When bare metal makes sense
A dedicated server is useful when the workload benefits from physical capacity or hardware control—not simply because it sounds more powerful than a VPS.
Large memory requirements, sustained CPU work, high local I/O, or storage-heavy workloads can justify allocating an entire physical system.
Dedicated hardware makes it easier to choose specific disk types, counts, mirrors, bulk-storage tiers, and local capacity for a known data profile.
Some workloads benefit from controlling the complete physical host, virtualization stack, network layout, and maintenance schedule.
Plan before ordering
Compare isolation, capacity, storage, scaling and the operational reasons to choose physical hardware.
SecurityThe same access, patching, service exposure, secrets, monitoring and backup principles apply when you control the whole machine.
RecoveryRedundant disks can reduce one hardware failure mode, but recovery still needs an independent backup strategy.
CPU, RAM, storage layout, usable capacity, bandwidth, IP needs, operating system, location, management level, and migration constraints.
DotMoose can quote the server around the workload and migration plan rather than forcing every project into one fixed configuration.
Get a dedicated quote